#include "cs_cdo_connect.h"
#include "cs_cdo_quantities.h"
#include "cs_equation_param.h"
#include "cs_equation_common.h"
#include "cs_field.h"
#include "cs_param.h"
#include "cs_mesh.h"
#include "cs_restart.h"
#include "cs_time_step.h"

Include dependency graph for cs_equation.h:

Functions
int	cs_equation_get_n_equations (void)
	Retrieve the number of equations. More...

cs_equation_t *	cs_equation_by_name (const char *eqname)
	Find the cs_equation_t structure with name eqname Return NULL if not find. More...

bool	cs_equation_has_field_name (const cs_equation_t eq, const char fld_name)
	Check if the asociated field to a cs_equation_t structure has name equal to fld_name. More...

cs_equation_param_t *	cs_equation_param_by_name (const char *eqname)
	Return the cs_equation_param_t structure associated to a cs_equation_t structure thanks to the equation name. More...

cs_equation_param_t *	cs_equation_get_param (const cs_equation_t *eq)
	Return the cs_equation_param_t structure associated to a cs_equation_t structure. More...

cs_equation_t *	cs_equation_by_id (int eq_id)
	Find the cs_equation_t structure with id eq_id Return NULL if not find. More...

const char *	cs_equation_get_name (const cs_equation_t *eq)
	Return the name related to the given cs_equation_t structure. More...

int	cs_equation_get_id (const cs_equation_t *eq)
	Return the id number related to the given cs_equation_t structure. More...

cs_field_t *	cs_equation_get_field (const cs_equation_t *eq)
	Return the field structure associated to a cs_equation_t structure. More...

int	cs_equation_get_field_id (const cs_equation_t *eq)
	Return the id related to the variable field structure associated to the cs_equation_t structure. More...

cs_field_t *	cs_equation_get_boundary_flux (const cs_equation_t *eq)
	Return the field structure for the (normal) boundary flux associated to a cs_equation_t structure. More...

cs_flag_t	cs_equation_get_flag (const cs_equation_t *eq)
	Return the flag associated to an equation. More...

void	cs_equation_set_flag (cs_equation_t *eq, cs_flag_t flag)
	Redefine the flag associated to an equation. More...

cs_equation_builder_t *	cs_equation_get_builder (const cs_equation_t *eq)
	Return the cs_equation_builder_t structure associated to a cs_equation_t structure. Only for an advanced usage. More...

void *	cs_equation_get_scheme_context (const cs_equation_t *eq)
	Return a pointer to a structure useful to handle low-level operations for the given equation. More...

bool	cs_equation_is_steady (const cs_equation_t *eq)
	Return true is the given equation is steady otherwise false. More...

bool	cs_equation_uses_new_mechanism (const cs_equation_t *eq)
	Return true is the given equation is steady otherwise false. More...

cs_equation_t *	cs_equation_add (const char eqname, const char varname, cs_equation_type_t eqtype, int dim, cs_param_bc_type_t default_bc)
	Add a new equation structure and set a first set of parameters. More...

cs_equation_t *	cs_equation_add_user (const char eqname, const char varname, int dim, cs_param_bc_type_t default_bc)
	Add a new user equation structure and set a first set of parameters. More...

void	cs_equation_destroy_all (void)
	Destroy all cs_equation_t structures. More...

void	cs_equation_log_monitoring (void)
	Print a synthesis of the monitoring information in the performance file. More...

void	cs_equation_log_setup (void)
	Summarize all cs_equation_t structures. More...

void	cs_equation_set_linear_solvers (void)
	Setup the linear algebra requirements. More...

void	cs_equation_assign_range_set (const cs_cdo_connect_t *connect)
	Assign cs_range_set_t structures for synchronization when computing in parallel mode After this call, parameters related to an equation are set once for all. More...

bool	cs_equation_assign_functions (void)
	Assign a set of pointer functions for managing the cs_equation_t structure during the computation. More...

void	cs_equation_create_fields (void)
	Create a field structure related to all cs_equation_t structures. More...

void	cs_equation_initialize (const cs_mesh_t mesh, const cs_cdo_connect_t connect, const cs_cdo_quantities_t quant, const cs_time_step_t ts)
	Allocate and initialize the builder of the algebraic system. Set the initialize condition to all variable fields associated to each cs_equation_t structure. More...

void	cs_equation_solve_steady_state (const cs_mesh_t mesh, cs_equation_t eq)
	Build and then solve the linear system for this equation when the goal is to find the steady state. More...

void	cs_equation_solve (const cs_mesh_t mesh, double dt_cur, cs_equation_t eq)
	Build and then solve the linear system for an equation with an unsteady term. More...

void	cs_equation_build_system (const cs_mesh_t mesh, const cs_time_step_t time_step, double dt_cur, cs_equation_t *eq)
	Build the linear system for this equation. More...

void	cs_equation_solve_deprecated (cs_equation_t *eq)
	Solve the linear system for this equation. More...

cs_property_t *	cs_equation_get_diffusion_property (const cs_equation_t *eq)
	Return a pointer to the cs_property_t structure associated to the diffusion term for this equation (NULL if not activated). More...

cs_property_t *	cs_equation_get_time_property (const cs_equation_t *eq)
	Return a pointer to the cs_property_t structure associated to the unsteady term for this equation (NULL if not activated). More...

cs_property_t *	cs_equation_get_reaction_property (const cs_equation_t *eq, const int reaction_id)
	Return a pointer to the cs_property_t structure associated to the reaction term with id equal to reaction_id and related to this equation. More...

cs_param_space_scheme_t	cs_equation_get_space_scheme (const cs_equation_t *eq)
	Return the type of numerical scheme used for the discretization in space. More...

int	cs_equation_get_space_poly_degree (const cs_equation_t *eq)
	Return the max. degree used in the polynomial basis for the space discretization. More...

int	cs_equation_get_var_dim (const cs_equation_t *eq)
	Return the dimension of the variable solved by this equation. More...

cs_equation_type_t	cs_equation_get_type (const cs_equation_t *eq)
	Return the type of equation for the given equation structure. More...

cs_real_t *	cs_equation_get_face_values (const cs_equation_t *eq)
	For a given equation, retrieve an array of values related to each face of the mesh for the unknowns. More...

cs_real_t *	cs_equation_get_cell_values (const cs_equation_t *eq)
	Get the values at each cell centers for the field unknowns related to this equation. More...

cs_real_t *	cs_equation_get_vertex_values (const cs_equation_t *eq)
	For a given equation, retrieve an array of values related to each vertex of the mesh for the unknowns. More...

void	cs_equation_compute_flux_across_plane (const cs_equation_t eq, const char ml_name, const cs_real_3_t direction, cs_real_t diff_flux, cs_real_t conv_flux)
	Compute the diffusive and convective flux across a plane defined by a mesh location structure attached to the name ml_name. More...

void	cs_equation_compute_diff_flux_cellwise (const cs_equation_t eq, cs_flag_t location, cs_real_t t_eval, cs_real_t diff_flux)
	Cellwise computation of the diffusive flux across all cell faces. Primal or dual faces are considered according to the space scheme. More...

void	cs_equation_compute_vtx_field_gradient (const cs_equation_t eq, cs_real_t v_gradient)
	Cellwise computation of the discrete gradient at vertices. More...

void	cs_equation_compute_peclet (const cs_equation_t eq, const cs_time_step_t ts, cs_real_t peclet[])
	Compute and post-process Peclet number if requested. More...

void	cs_equation_read_extra_restart (cs_restart_t *restart)
	Write into the restart file additionnal arrays (not defined as fields) but useful for the checkpoint/restart process. More...

void	cs_equation_write_extra_restart (cs_restart_t *restart)
	Write into the restart file additionnal arrays (not defined as fields) but useful for the checkpoint/restart process. More...

void	cs_equation_post_balance (const cs_mesh_t mesh, const cs_cdo_connect_t connect, const cs_cdo_quantities_t cdoq, const cs_time_step_t ts, double dt_cur)
	Predefined extra-operations related to all equations. More...

void	cs_equation_extra_post (void)
	Predefined extra-operations related to equations according to the type of numerical scheme (for the space discretization) More...

Function Documentation

◆ cs_equation_add()

cs_equation_t* cs_equation_add	(	const char *	eqname,
		const char *	varname,
		cs_equation_type_t	eqtype,
		int	dim,
		cs_param_bc_type_t	default_bc
	)

Add a new equation structure and set a first set of parameters.

Parameters

[in]	eqname	name of the equation
[in]	varname	name of the variable associated to this equation
[in]	eqtype	type of equation (user, predefined...)
[in]	dim	dimension of the unknow attached to this equation
[in]	default_bc	type of boundary condition set by default

Returns: a pointer to the new allocated cs_equation_t structure

◆ cs_equation_add_user()

cs_equation_t* cs_equation_add_user	(	const char *	eqname,
		const char *	varname,
		int	dim,
		cs_param_bc_type_t	default_bc
	)

Add a new user equation structure and set a first set of parameters.

Parameters

[in]	eqname	name of the equation
[in]	varname	name of the variable associated to this equation
[in]	dim	dimension of the unknow attached to this equation
[in]	default_bc	type of boundary condition set by default

Returns: a pointer to the new allocated cs_equation_t structure

◆ cs_equation_assign_functions()

bool cs_equation_assign_functions ( void )

Assign a set of pointer functions for managing the cs_equation_t structure during the computation.

Returns: true if all equations are steady-state otherwise false

◆ cs_equation_assign_range_set()

void cs_equation_assign_range_set ( const cs_cdo_connect_t * connect )

Assign cs_range_set_t structures for synchronization when computing in parallel mode After this call, parameters related to an equation are set once for all.

Parameters

[in] connect pointer to a cs_cdo_connect_t structure

Assign cs_range_set_t structures for synchronization when computing in parallel mode After this call, parameters related to an equation are set once for all.

Parameters

[in] connect pointer to a cs_cdo_connect_t structure

◆ cs_equation_build_system()

void cs_equation_build_system	(	const cs_mesh_t *	mesh,
		const cs_time_step_t *	time_step,
		double	dt_cur,
		cs_equation_t *	eq
	)

Build the linear system for this equation.

Parameters

[in]	mesh	pointer to a cs_mesh_t structure
[in]	time_step	pointer to a time step structure
[in]	dt_cur	value of the current time step
[in,out]	eq	pointer to a cs_equation_t structure

◆ cs_equation_by_id()

cs_equation_t* cs_equation_by_id ( int eq_id )

Find the cs_equation_t structure with id eq_id Return NULL if not find.

Parameters

[in] eq_id id of the equation to find

Returns: a pointer to a cs_equation_t structure or NULL if not found

◆ cs_equation_by_name()

cs_equation_t* cs_equation_by_name ( const char * eqname )

Find the cs_equation_t structure with name eqname Return NULL if not find.

Parameters

[in] eqname name of the equation to find

Returns: a pointer to a cs_equation_t structure or NULL if not found

◆ cs_equation_compute_diff_flux_cellwise()

void cs_equation_compute_diff_flux_cellwise	(	const cs_equation_t *	eq,
		cs_flag_t	location,
		cs_real_t	t_eval,
		cs_real_t *	diff_flux
	)

Cellwise computation of the diffusive flux across all cell faces. Primal or dual faces are considered according to the space scheme.

Parameters

[in]	eq	pointer to a cs_equation_t structure
[in]	location	indicate where the flux has to be computed
[in]	t_eval	time at which one performs the evaluation
[in,out]	diff_flux	value of the diffusive flux

◆ cs_equation_compute_flux_across_plane()

void cs_equation_compute_flux_across_plane	(	const cs_equation_t *	eq,
		const char *	ml_name,
		const cs_real_3_t	direction,
		cs_real_t *	diff_flux,
		cs_real_t *	conv_flux
	)

Compute the diffusive and convective flux across a plane defined by a mesh location structure attached to the name ml_name.

Parameters

[in]	eq	pointer to a cs_equation_t structure
[in]	ml_name	name of the related mesh location
[in]	direction	vector indicating in which direction flux is > 0
[in,out]	diff_flux	value of the diffusive part of the flux
[in,out]	conv_flux	value of the convective part of the flux

◆ cs_equation_compute_peclet()

void cs_equation_compute_peclet	(	const cs_equation_t *	eq,
		const cs_time_step_t *	ts,
		cs_real_t	peclet[]
	)

Compute and post-process Peclet number if requested.

Parameters

[in]	eq	pointer to a cs_equation_t structure
[in]	ts	pointer to a cs_time_step_t struct.
[in,out]	peclet	pointer to an array storing the resulting Peclet number in each cell

◆ cs_equation_compute_vtx_field_gradient()

void cs_equation_compute_vtx_field_gradient	(	const cs_equation_t *	eq,
		cs_real_t *	v_gradient
	)

Cellwise computation of the discrete gradient at vertices.

Parameters

[in]	eq	pointer to a cs_equation_t structure
[in,out]	v_gradient	gradient at vertices

◆ cs_equation_create_fields()

void cs_equation_create_fields ( void )

Create a field structure related to all cs_equation_t structures.

◆ cs_equation_destroy_all()

void cs_equation_destroy_all ( void )

Destroy all cs_equation_t structures.

◆ cs_equation_extra_post()

void cs_equation_extra_post ( void )

Predefined extra-operations related to equations according to the type of numerical scheme (for the space discretization)

◆ cs_equation_get_boundary_flux()

cs_field_t* cs_equation_get_boundary_flux ( const cs_equation_t * eq )

Return the field structure for the (normal) boundary flux associated to a cs_equation_t structure.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a cs_field_t structure or NULL

◆ cs_equation_get_builder()

cs_equation_builder_t* cs_equation_get_builder ( const cs_equation_t * eq )

Return the cs_equation_builder_t structure associated to a cs_equation_t structure. Only for an advanced usage.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a cs_equation_builder_t structure or NULL if not found

◆ cs_equation_get_cell_values()

cs_real_t* cs_equation_get_cell_values ( const cs_equation_t * eq )

Get the values at each cell centers for the field unknowns related to this equation.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a pointer to the cell values

Get the values at each cell centers for the field unknowns related to this equation.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a pointer to an array of cell values

◆ cs_equation_get_diffusion_property()

cs_property_t* cs_equation_get_diffusion_property ( const cs_equation_t * eq )

Return a pointer to the cs_property_t structure associated to the diffusion term for this equation (NULL if not activated).

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a pointer to a cs_property_t structure

◆ cs_equation_get_face_values()

cs_real_t* cs_equation_get_face_values ( const cs_equation_t * eq )

For a given equation, retrieve an array of values related to each face of the mesh for the unknowns.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a pointer to an array of face values

◆ cs_equation_get_field()

cs_field_t* cs_equation_get_field ( const cs_equation_t * eq )

Return the field structure associated to a cs_equation_t structure.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a cs_field_t structure or NULL if not found

◆ cs_equation_get_field_id()

int cs_equation_get_field_id ( const cs_equation_t * eq )

Return the id related to the variable field structure associated to the cs_equation_t structure.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: an integer (-1 if the field is not defined)

◆ cs_equation_get_flag()

cs_flag_t cs_equation_get_flag ( const cs_equation_t * eq )

Return the flag associated to an equation.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a flag (cs_flag_t type)

◆ cs_equation_get_id()

int cs_equation_get_id ( const cs_equation_t * eq )

Return the id number related to the given cs_equation_t structure.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: an id (0 ... n-1) or -1 if not found

◆ cs_equation_get_n_equations()

int cs_equation_get_n_equations ( void )

Retrieve the number of equations.

Returns: the current number of cs_equation_t structure allocated

◆ cs_equation_get_name()

const char* cs_equation_get_name ( const cs_equation_t * eq )

Return the name related to the given cs_equation_t structure.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a name or NULL if not found

◆ cs_equation_get_param()

cs_equation_param_t* cs_equation_get_param ( const cs_equation_t * eq )

Return the cs_equation_param_t structure associated to a cs_equation_t structure.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a cs_equation_param_t structure or NULL if not found

◆ cs_equation_get_reaction_property()

cs_property_t* cs_equation_get_reaction_property	(	const cs_equation_t *	eq,
		const int	reaction_id
	)

Return a pointer to the cs_property_t structure associated to the reaction term with id equal to reaction_id and related to this equation.

Parameters

[in]	eq	pointer to a cs_equation_t structure
[in]	reaction_id	id related to this reaction term

Returns: a pointer to a cs_property_t structure or NULL if not found

◆ cs_equation_get_scheme_context()

void* cs_equation_get_scheme_context ( const cs_equation_t * eq )

Return a pointer to a structure useful to handle low-level operations for the given equation.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a pointer to a structure to cast on-the-fly or NULL if not found

◆ cs_equation_get_space_poly_degree()

int cs_equation_get_space_poly_degree ( const cs_equation_t * eq )

Return the max. degree used in the polynomial basis for the space discretization.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: the polynomial order

◆ cs_equation_get_space_scheme()

cs_param_space_scheme_t cs_equation_get_space_scheme ( const cs_equation_t * eq )

Return the type of numerical scheme used for the discretization in space.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a cs_param_space_scheme_t variable

◆ cs_equation_get_time_property()

cs_property_t* cs_equation_get_time_property ( const cs_equation_t * eq )

Return a pointer to the cs_property_t structure associated to the unsteady term for this equation (NULL if not activated).

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a pointer to a cs_property_t structure

◆ cs_equation_get_type()

cs_equation_type_t cs_equation_get_type ( const cs_equation_t * eq )

Return the type of equation for the given equation structure.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: the type of the given equation

◆ cs_equation_get_var_dim()

int cs_equation_get_var_dim ( const cs_equation_t * eq )

Return the dimension of the variable solved by this equation.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: an integer corresponding to the dimension of the variable

◆ cs_equation_get_vertex_values()

cs_real_t* cs_equation_get_vertex_values ( const cs_equation_t * eq )

For a given equation, retrieve an array of values related to each vertex of the mesh for the unknowns.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: a pointer to an array of vertex values

◆ cs_equation_has_field_name()

bool cs_equation_has_field_name	(	const cs_equation_t *	eq,
		const char *	fld_name
	)

Check if the asociated field to a cs_equation_t structure has name equal to fld_name.

Parameters

[in]	eq	pointer to a cs_equation_t structure to test
[in]	fld_name	name of the field

Returns: true if the cs_equation_t structure has an associated field named fld_name, otherwise false

◆ cs_equation_initialize()

void cs_equation_initialize	(	const cs_mesh_t *	mesh,
		const cs_cdo_connect_t *	connect,
		const cs_cdo_quantities_t *	quant,
		const cs_time_step_t *	ts
	)

Allocate and initialize the builder of the algebraic system. Set the initialize condition to all variable fields associated to each cs_equation_t structure.

Parameters

[in]	mesh	pointer to a cs_mesh_t structure
[in]	connect	pointer to a cs_cdo_connect_t structure
[in]	quant	pointer to a cs_cdo_quantities_t structure
[in]	ts	pointer to a cs_time_step_t structure

◆ cs_equation_is_steady()

bool cs_equation_is_steady ( const cs_equation_t * eq )

Return true is the given equation is steady otherwise false.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: true or false

◆ cs_equation_log_monitoring()

void cs_equation_log_monitoring ( void )

Print a synthesis of the monitoring information in the performance file.

◆ cs_equation_log_setup()

void cs_equation_log_setup ( void )

Summarize all cs_equation_t structures.

◆ cs_equation_param_by_name()

cs_equation_param_t* cs_equation_param_by_name ( const char * eqname )

Return the cs_equation_param_t structure associated to a cs_equation_t structure thanks to the equation name.

Parameters

[in] eqname name of the equation

Returns: a cs_equation_param_t structure or NULL if not found

◆ cs_equation_post_balance()

void cs_equation_post_balance	(	const cs_mesh_t *	mesh,
		const cs_cdo_connect_t *	connect,
		const cs_cdo_quantities_t *	cdoq,
		const cs_time_step_t *	ts,
		double	dt_cur
	)

Predefined extra-operations related to all equations.

Parameters

[in]	mesh	pointer to a cs_mesh_t structure
[in]	connect	pointer to a cs_cdo_connect_t structure
[in]	cdoq	pointer to a cs_cdo_quantities_t structure
[in]	ts	pointer to a cs_time_step_t struct.
[in]	dt_cur	value of the current time step

◆ cs_equation_read_extra_restart()

void cs_equation_read_extra_restart ( cs_restart_t * restart )

Write into the restart file additionnal arrays (not defined as fields) but useful for the checkpoint/restart process.

Parameters

[in,out] restart pointer to a cs_restart_t structure

◆ cs_equation_set_flag()

void cs_equation_set_flag	(	cs_equation_t *	eq,
		cs_flag_t	flag
	)

Redefine the flag associated to an equation.

Parameters

[in,out]	eq	pointer to a cs_equation_t structure
[in]	flag	new flag to set

◆ cs_equation_set_linear_solvers()

void cs_equation_set_linear_solvers ( void )

Setup the linear algebra requirements.

◆ cs_equation_solve()

void cs_equation_solve	(	const cs_mesh_t *	mesh,
		double	dt_cur,
		cs_equation_t *	eq
	)

Build and then solve the linear system for an equation with an unsteady term.

Parameters

[in]	mesh	pointer to a cs_mesh_t structure
[in]	dt_cur	value of the current time step
[in,out]	eq	pointer to a cs_equation_t structure

◆ cs_equation_solve_deprecated()

void cs_equation_solve_deprecated ( cs_equation_t * eq )

Solve the linear system for this equation.

Parameters

[in,out] eq pointer to a cs_equation_t structure

◆ cs_equation_solve_steady_state()

void cs_equation_solve_steady_state	(	const cs_mesh_t *	mesh,
		cs_equation_t *	eq
	)

Build and then solve the linear system for this equation when the goal is to find the steady state.

Parameters

[in]	mesh	pointer to a cs_mesh_t structure
[in,out]	eq	pointer to a cs_equation_t structure

◆ cs_equation_uses_new_mechanism()

bool cs_equation_uses_new_mechanism ( const cs_equation_t * eq )

Return true is the given equation is steady otherwise false.

Parameters

[in] eq pointer to a cs_equation_t structure

Returns: true or false

◆ cs_equation_write_extra_restart()

void cs_equation_write_extra_restart ( cs_restart_t * restart )

Write into the restart file additionnal arrays (not defined as fields) but useful for the checkpoint/restart process.

Parameters

[in,out] restart pointer to a cs_restart_t structure

Functions

Function Documentation

◆ cs_equation_add()

◆ cs_equation_add_user()

◆ cs_equation_assign_functions()

◆ cs_equation_assign_range_set()

◆ cs_equation_build_system()

◆ cs_equation_by_id()

◆ cs_equation_by_name()

◆ cs_equation_compute_diff_flux_cellwise()

◆ cs_equation_compute_flux_across_plane()

◆ cs_equation_compute_peclet()

◆ cs_equation_compute_vtx_field_gradient()

◆ cs_equation_create_fields()

◆ cs_equation_destroy_all()

◆ cs_equation_extra_post()

◆ cs_equation_get_boundary_flux()

◆ cs_equation_get_builder()

◆ cs_equation_get_cell_values()

◆ cs_equation_get_diffusion_property()

◆ cs_equation_get_face_values()

◆ cs_equation_get_field()

◆ cs_equation_get_field_id()

◆ cs_equation_get_flag()

◆ cs_equation_get_id()

◆ cs_equation_get_n_equations()

◆ cs_equation_get_name()

◆ cs_equation_get_param()

◆ cs_equation_get_reaction_property()

◆ cs_equation_get_scheme_context()

◆ cs_equation_get_space_poly_degree()

◆ cs_equation_get_space_scheme()

◆ cs_equation_get_time_property()

◆ cs_equation_get_type()

◆ cs_equation_get_var_dim()

◆ cs_equation_get_vertex_values()

◆ cs_equation_has_field_name()

◆ cs_equation_initialize()

◆ cs_equation_is_steady()

◆ cs_equation_log_monitoring()

◆ cs_equation_log_setup()

◆ cs_equation_param_by_name()

◆ cs_equation_post_balance()

◆ cs_equation_read_extra_restart()

◆ cs_equation_set_flag()

◆ cs_equation_set_linear_solvers()

◆ cs_equation_solve()

◆ cs_equation_solve_deprecated()

◆ cs_equation_solve_steady_state()

◆ cs_equation_uses_new_mechanism()

◆ cs_equation_write_extra_restart()